Statistical Optimization of Acetoin Production Using Corn Steep Liquor as a Low-Cost Nitrogen Source by Bacillus Subtilis CICC 10025

A. Taiwo, T. Ojumu, Tafirenyika Nyamayaro Madzimbamuto
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引用次数: 5

Abstract

This chapter investigates the effect of some selected nitrogen sources (corn steep liquor— CSL, yeast extract, and beef extract) on the bioproduction of a selected flavor—acetoin (AC) from glucose—with a view to optimize its production. The results revealed that by using a cheap nitrogen source, corn steep liquor, the yield of acetoin is similar to those of the extracts of yeast and beef. Furthermore, it was shown that by using the Box-Behnken design, the optimum parameters such as glucose concentration, corn steep liquor, and inoculum size to maximize the concentration of acetoin produced are 78.40 g/L, 15% w/v, and 2.70% v/v, respectively. The validated concentration of acetoin produced in a triplicate analysis, 10.70 g/L, was 0.06% less than the predicted value. The results of this study may encourage the development of cost-effective nutritional use of corn steep liquor for bioproduction of acetoin on an industrial scale.
枯草芽孢杆菌CICC 10025以玉米浸泡液为低成本氮源生产乙酰素的统计优化
本章研究了一些选定的氮源(玉米浸泡液- CSL,酵母提取物和牛肉提取物)对从葡萄糖中提取选定的香料乙酰素(AC)的生物生产的影响,以期优化其生产。结果表明,利用廉价的氮源——玉米浸泡液,乙酰素的产率与酵母和牛肉提取物的产率相当。结果表明,采用Box-Behnken设计,葡萄糖浓度、玉米浸泡液和接种量分别为78.40 g/L、15% w/v和2.70% v/v,可使乙酰素的产率达到最高。在三次重复分析中产生的乙酰托因的验证浓度为10.70 g/L,比预测值低0.06%。本研究结果可促进玉米浸泡液在工业规模上的经济有效的营养利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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